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Mbbr Biomedia and Biochip

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Mbbr Biomedia and Biochip

The MBBR process is designed so that microorganisms create a multiple layers of biofilm on the surface of small plastic carriers – Mbbr biomedia, floating in the reaction tank. Biomedia was designed to have perfect contact with liquid in the tank and still providing the maximum surface for biofilm growth. The biomedia plastic media carriers floats in liquid in the reactor and are kept in motion either by air injection aerobic system or by stirrers in anoxic or anaerobic systems. By moving evenly throughout the reactor biomedia provides oxygen that is needed for BOD removal and Nitrification and reduces the impurities in water as well as bulking of the sludge to minimum.

ADVANTAGES

1.Effective and sustainable nutrient removal at with low nitrifying activity
2.Possible Anammox activity in biofilm reactor (MBBR) with realtime O2 control
3.Utilization of more carbon for biogas plants
4.Reduced aeration requirement (aeration for nitrification)
5.Easy upgrade to Membrane Bioreactor for reuse

SPECIFICATIONS OF MBBR BIOMEDIA

Description Technical details

Diameter of MBBR Biomedia 26 mm
Width of MBBR Biomedia 10 mm
No of inner departments 19 AD
Approximate dia. of inner deprt 5 mm
Surface Area of MBBR Biomedia 650 m2/m3
Material of MBBR Biomedia  PE VIRGIN
Color Naturel

MBBR BIOCHIP

BioChip is used for the immobilization of microorganisms which are in charge of the different biological water treatment processes for challenging industrial and municipal wastewater.

The treatment processes are aerobic and/or anaerobic/anoxic and can remove even very large pollutant loads in small footprint systems. This means that the treatment tanks can be made much smaller than with traditional plants, and existing plants can be optimized, furthermore reducing energy consumption and thereby total costs significantly.

LARGE ACTIVE SURFACE AREA

Microorganisms need a high and fully available protected surface area for highly efficient biological water and wastewater treatment. It is not the volume of carrier, but the area of the active protected surface which is important.

The large surface area of the BioChip (up to 5,500 m2/m3) provides extremely high removal rates and process stability, especially in nitrification, COD removal and denitrification.

INCREASED SURFACE AREA:
Larger surface area = potential major bacterial growth in the pores of the carrier media, which results in a higher concentration of biomass that leads to reduced volume requirements.

REDUCED ENERGY CONSUMPTION:
Reduced energy consumption for aeration and mixing (compared with conventional carrier media).

SECURITY FOR BIOMASS:
Security for the bacteria colonization due to the special surface with high-quality pore system.

OPTIMAL DIFFUSION DEPTH:
Control of the biofilm thickness and therefore an optimal diffusion depth for substrates and oxygen. No limitation to the biological processes.

SELF-CLEANING:
Self-cleaning carrier media which ensures a thin and always active biomass.

LONG LIFE MATERIAL:
Paraboloid shape and protection ring ensure no signs of wear and tear. Long lifetime of the material without substitution.

EASY RETROFIT & UPGRADE:
Ideal to add when there is no possibility to build new tanks or no space left. All plants are easy to manage and to operate.

LOW PRODUCTION OF SLUDGE:
Low sludge production due to thin and controlled biomass.

WIDE-RANGE APPLICATION:
Designed to be used in all biological treatment applications.